Higher Dimensional Theories and Predictable Observables

作为该项目的研究，主要重点是在标准模型之外的候选物理学的标准-希格斯统一情景的各个方面。具体来说，我们揭示了以下几点：(1)该场景可以预测异常磁矩。（ii）存在打破CP对称的机制，这是该情景的特征。（三）反常希格斯相互作用的存在。我们还讨论了在这种情况下，即使在量子修正下，希格斯质量也可以被预测为有限值，我们甚至对这种情况在宇宙学中的应用进行了研究，即在额外的自然暴胀上。此外，项目成员还进行了各种主题的研究，例如提出了一种具有膨胀子的辐射识别方案，研究了域壁，研究了SO(5)xU(1)模型，试图澄清产生结构，在大型强子对撞机上对理论进行了测试，研究了暗物质等。

As the research of the project, main focus was on the various aspects of the Gauge-Higgs Unification scenario, a candidate of physics beyond the standard model. To be concrete, we have revealed the following: (i) The scenario can predict anomalous magnetic moment. (ii) There exists mechanisms to break CP symmetry, characteristic to the scenario. (iii) The presence of anomalous Higgs interactions. We also have discussed that the Higgs mass can be predicted in this scenario as a finite value even under the quantum correction and we even performed a research on the application of the scenario to the cosmology, i.e. on the extra natural inflation. In addition, the members of the project have performed research on various subjects, such as the proposal of a scenario to identify the radion with an inflaton, studies on domain walls, studies of SO(5)xU(1) model, attempts to clarify the generation structure, the tests of the theories at LHC, studies on the dark matter, etc.